Space-saving Robot

Equipment Details

The 150-400T Space-saving Robot is mainly designed for special production environments with low ceilings and limited space. It breaks the installation-height restrictions of traditional automation equipment, requiring merely 0.9 m of vertical space for complete installation and regular operation. Its operation logic fits injection-molding workflows. After the injection molding machine completes product forming and mold opening, the robot precisely moves into the mold area following pre-set programs, steadily grips finished parts, quickly withdraws from the mold, and places products at designated stations. The full-process automatic cyclic operation needs no manual intervention. Targeting the common conditions of most small-and-medium-sized injection-molding factories -low ceilings and complex pipelines -this robot solves the core problem of “impossible equipment installation and unfeasible automation”. Production workshops with spatial constraints can deploy automatic part-removal equipment rapidly without building reconstruction.

Equipment Advantages

This robot features four core strengths: space-saving performance, easy installation, high performance and simple maintenance, supporting full-scene part-removal operations for 150-400T injection molding machines.

In terms of space utilization: its ultra-low 0.9 m installation height adapts to low-rise plants, old workshops and sites with overhead pipelines, completely solving the problem that conventional top-mounted robots cannot be installed.

Its streamlined and well-optimized structure eliminates complicated on-site modifications. Simple and efficient commissioning greatly shortens production lead-time.

Equipment Parameters

This KOWEY Space-saving Robot precisely matches 150-400T injection molding machines, highlighted by ultra-low-height installation and space-saving capability, with a minimum required ceiling height of 0.9 m. It supports personalized adaptation. Flexible adjustments can be made according to injection-machine tonnage, mold specifications, product dimensions, finished-part weight and pick-and-place distance, granting excellent versatility. Developed for production sites with height-limited workshops, densely-arranged injection-molding equipment and incompatible conventional robots, it fully satisfies core production requirements including low-space installation, automatic part removal, easy commissioning and simple maintenance for stable mass production. It supports standardized and automated production upgrades for small-and-medium-sized injection-molding enterprises.

Applicable Products

Compatible with various standard plastic products produced by 150-400T injection molding machines, covering daily-use, food, electronics, household and automotive sectors. Typical products include plastic cups, milk-tea cups, food containers, food packaging boxes, plastic bottle caps, plastic storage boxes, plastic tableware, general daily-use plastic components, household plastic fittings, electronic plastic parts and small-sized automotive plastic components. It is especially suitable for injection-molding scenarios requiring automatic mass part picking in low-ceiling and compact workshops, matching daily production needs of most small-and-medium-sized injection-molding factories.

Core Components

Core components are globally selected premium parts to guarantee equipment stability, accuracy and durability from the source. Configurations can be precisely matched according to injection-machine models, mold structures and product specifications. Adopting specially optimized pace-saving structure, it drastically cuts vertical space occupation for installation in constrained sites. The high-precision motion system completes full automatic cycles including mold entry, part picking, mold withdrawal and material placement. The supporting intelligent control system achieves accurate signal interlocking with injection molding machines, realizing closed-loop automation covering mold opening, part picking and part discharging. End-of-arm actuators can be flexibly fitted with suction cups, grippers, air circuits and other assemblies. Optimal picking modes are selected based on product dimension, weight and structure to ensure stable part handling without product damage.

Application Site & Customer Feedback

In practical production retrofits, the primary bottleneck for many aging injection-molding plants and low-ceiling workshops is not equipment running speed, but unavailability of standard robots due to low ceilings and overhead pipelines, forcing reliance on manual operators. Many enterprises used to give up automation upgrades due to spatial constraints, leaving production efficiency and labor costs hard to optimize. This 0.9-meter Space-saving Robot perfectly solves this challenge. Automatic part-removal can be quickly implemented without plant reconstruction or pipeline rearrangement. Many customers comment that this equipment truly delivers “big automation within small spaces”. It reduces dependence on manual part picking and enables production upgrades for old workshops previously excluded from automation, steadily lifting production efficiency.

Why Choose KOWEY?

KOWEY Space-saving Robot moves beyond design limitations of conventional equipment and targets real-world retrofit challenges faced by small-and-medium-sized injection-molding factories, solving pain points for automation deployment in space-limited environments. Unlike ordinary robots which focus merely on part picking functions, this unit prioritizes the industry-wide issue of “inability to install robots in low-ceiling workshops”. Its 0.9 m ultra-low installation height fits various constrained production sites. Balancing easy installation, simple commissioning, long-term maintainability and reliable operation, it realizes fully-automatic precise part picking and stable mass production while maximizing space savings. Injection-molding workshops with limited space can adopt automated production at low cost without heavy reconstruction investment, helping more small-and-medium-sized injection-molding enterprises break site restrictions to cut costs, raise efficiency and achieve intelligent upgrading.